Can you feel it coming?
Something's waking up inside.
Hearts ablaze, we're standing tall breaking chains of yesterday.
Dead
America finds it's voice, in the darkness, we make choice.
Truth and healing lead the way, hearts ablaze, we're here to stay.
Rise from ashes, come what may, we're finding hope
in disarray.
Today, we're speaking with Cydian Kauffman.
He is one of the owners of Pure Water Northwest.
Cydian, could you please introduce yourself?
Let people know just a little more about you, please.
Oh, sure.
Yeah.
Thanks for having me on.
Um, I'm, uh, one of the owners of Pure Water Northwest, uh, the
company which started a little over a decade ago to try and handle water.
Um, basically, by helping people with drinking water, both in their
homes and, and their businesses.
But, um, the goal of the company is to try and do it through kind of a water science
lens, um, rather than a product lens.
So we try to do a lot of testing first.
And I joined the company six years ago knowing absolutely nothing about
water science, water treatment, or anything and, and I have learned a lot.
I have become, um, something of an expert in it.
So I just like to get on, you know, podcasts every once in a
while to talk about water, water quality, or, or whatever you want
to talk about in relation to that.
But, um, but yeah, that's, that's what I'm doing.
That's why I'm here.
Uh, I'll tell you, water is one of the most important things, if not
the most important things, of our life and we are oblivious to it.
It's all around us and it covers most of the earth, but yet, we are so retarded,
if you will, when it comes to water.
And the Clean Water Act, it really doesn't do much for us
if you really look deep into it.
But they try to safeguard our water and there's a lot to do with water.
Let's start off with, what's the main issue with water contaminants?
Um, well, the main issue with water contaminants is that they're invisible.
I mean, what you just described, that water is kind of everywhere,
um, it being ubiquitous, so to speak, it being in, in everybody's lives.
It would be like if someone said that the air you're breathing is bad.
Um, if the air you're breathing is bad, then like, what are
we going to do about that?
Um, water's a little easier than if the air you were breathing is bad though, you
actually make a choice to drink water.
And so there are a lot of ways you can actually filter it.
Um, it is a little easier to confront than air, but not that much easier.
And so the fact that many contaminants are completely odorless, tasteless,
you can't see it, um, that makes it difficult for people to wrap their head
around the idea that some of the water they're drinking might have a problem.
It, it's killed so many people through history, you know, simple cholera
and not boiling the contaminants out.
So, you know, what is the best system for us to use to get the
simple organics out of our water?
Well, I mean, if you want one system, that would always be reverse osmosis.
Um, we don't, we are not a big proponent of just throwing a system at something.
Um, it is, it is okay to do if, if you really want to get a reverse
osmosis system and then you're, you're pretty, pretty safe with water.
Um, but the better thing to do is identify what's in your water by doing testing.
Um, for example, uh, most reverse osmosis systems are only fifty percent
effective against arsenic five.
Um, I mean arsenic three.
And, um, the, there, there are, there's more than one form of arsenic.
And a, a form of arsenic, and arsenic is everywhere,
Um, a form of arsenic will only be fifty percent removed by reverse osmosis.
So you would need a, uh, supplementary system to that, something that has
like a nano titanium oxide or, um, bayoxide or, uh, something called SBG 2.
Basically other forms of median that are specialized in
reducing arsenic at that level.
Or you have to oxidize the arsenic.
So basically it, it's fine if you just want to throw a systematic, get a reverse
osmosis, but if you really want to be sure what's in your water, you wanna tailor it.
Uh, you should get a test and talk to an expert.
So you can actually tailor your filtration by the different chemicals that you add,
and it will suit your system a lot better.
That's interesting.
It'll last longer, yep.
And, and it will avoid problems.
Actually, um, a main source of people's problems they're not aware of is when
they decide to throw a softener at, uh, their well water, for example.
And if you've got well water and you've got, um, arsenic or high levels of cadmium
or chromium or some other contaminants in the well water, and all you're doing
is throwing, uh, cation resin at it.
So you're just trying to attract that positively charged ion.
That is going to prevent, uh, that is going to cause sometimes those
other ions to bind to it or get stuck in it, and those will release
because they're not the right charge, but they will still get stuck.
So you can get arsenic, for example, binding up in that median, just
holding and then suddenly releasing.
It's called contaminant dumping.
So if you don't actually test your water first, you can actually
make your situation worse by trying to treat the water.
That's interesting.
So I'm a homeowner up here in the, uh, cascades and I have water
issues, you know, it's, it's a community well that we use here.
So I've been thinking about implementing a system to do something, but I'm really
kind of ignorant when it comes to that.
So I went out and I bought a Zero Water filtration and put it in the refrigerator,
and that's what we kind of use.
Is, is that getting what I need out of my water or should I actually get a
personalized test instead of just relying on the test from my water provider?
Well, because you're talking to me maybe, maybe I can help you through it without
you having to do a personalized test.
So, uh, but most people, yeah, they should do a personalized test.
So let me ask you, on your community well, are they, uh, chlorinating it?
Yes.
Okay, so that means they're oxidizing the arsenic.
So if they're chlorinating it already, they're already flipping that valent
state of that arsenic to a much easier, easier state to remove.
Um, that Zero filter, uh, those do deionization.
So I have two things to say about them.
One, they're fantastic for the period of time they work for because
they're deionizing your water.
Like you can't beat deionization really, um, but they don't backwash.
You can get deionizing filters that backwash.
Uh, they won't do full deionization, but you can get them that
do sufficient deionization.
And then they, they backwash, which means they self clean.
That Zero filtering needs to be replaced, but how do you know
when it needs to be replaced?
All you're doing is doing TDS testing.
Um, that means that, for all we know, that filter is binding with
and getting filled with, uh, the much more easy to grab contaminants and
then allowing through it, the tail end of the filtration lifetime, allowing
through some of the, uh, harder to grab contaminants, which can be bad for you.
Like arsenic is harder to grab.
So, um, it is not a perfect solution.
And as long as you're actually doing those tests, the TDS tests
and then really keeping up on the filter, it's probably okay.
Um, but those filters can go bad pretty fast if your well water is bad.
So it's not, it is definitely not a solution for everyone.
Um, we've had people who have, uh, well water that's so bad
that those Zero filters would go bad in three or four days, so.
So, so talk to me a little bit about these systems.
Can I get like an under the sink system that will do that process
instead of this big tank that I have to set in the back room someplace
and fill it with salt and chemicals?
Well, you can do reverse osmosis under your sink, which will generally do more
and last longer than that Zero filter.
Um, if you do 'em both together, like you're, you're, you're doing
more than, more than a lab would do.
So you're, you're getting fantastic water if you do 'em both together.
But the, um, but it's also maybe a little bit of overkill, it
does depend on your water though.
So to answer your question with any, any accuracy, I would
have to see your water tests.
But you can't do self back washing filters without, um, having a whole house system.
Those, those tall tanks that are about as tall as a person, if you want to have
them self clean, you have to get those.
You're not getting a self-cleaning system that fits under the sink.
So for those, you're always changing filters.
So with the reverse osmosis system, is there a filter that you replace in those?
Or how does that actually work?
Yeah.
Um, RO requires membrane replacement and there's also some filters that
are there to protect the membrane.
But the membrane, that little canister that's usually about this big, that
goes under your sink, inside the reverse osmosis, that thing is amazing.
Um, it does the work to remove, uh, salts, um, and it doesn't do anything
with ions, it's removing salts, and inorganics, and some organics.
Uh, because it is physical filtration, but also, um, it does, it does
essentially reverse, what reverse osmosis basically is, is that natural,
um, osmotic tendency, which is the tendency for things to create balance.
So you'll have one side of something here that's contaminated, and through osmosis
it will contaminate the other side.
We are doing reverse osmosis by applying pressure and then putting basically a
screen between, between the two things that will push this way, but won't
allow it to travel back this way.
And then you drink from this side, you drink from the clean water side of it.
That's basically all reverse osmosis is doing.
Um,
but it, and which is amazing, that's an amazing method of treatment.
And it, it allows, it allows, uh, naval vessels at the sea to drink sea water, um,
rather than having to store, store water.
So, I mean, that, that process is incredibly powerful and reverse
osmosis is incredibly effective.
And it doesn't make your water unhealthy like some people think either.
What about UV filtration, ultraviolet light?
Is that effective and is it, is it worth the cost of that equipment?
Yeah, for bacteria, it has shown to be pretty effective.
It is the least effective of all, all of the various ways of killing
bacteria, but it is effective.
Um, you would call ozone more effective, chlorine more effective,
um, but UV is very effective.
Yes.
At, at bacteria only.
Yeah.
We've used chlorine for years to, you know, help reduce the health
risk of water, but there's a,
there's a deal with chlorine.
You know, it's been years since I've been into this, but it's,
uh, it, it's residual and that residual chlorine can be bad for us.
Can you talk to us about that?
Well, for sure.
Yeah.
I mean, in high doses it's cancer causing.
Uh, chlorine was used in, um, what?
World War II to kill people.
I mean, it, it's, it's, in its basic form, it's a gas and it will absolutely
kill a person in high enough doses.
Uh, the chlorine byproducts that, um, are created by the action of
chlorinating and decontamination creates trihalomethanes, bromodichloroacetic
acids, haloacetic acids, all of those various chlorine byproducts.
Chloroform, like chloroform is one of the byproducts of chlorine.
And, um, the, the, the thing that you need to remember is everything about
what will hurt your body is about dosage.
So there's two things that I, I , I need people to always, I always
am telling people two things, and these are contrasting realities.
One is, the dose is what kills a person.
Not, not the item, it's the dose.
You drink too much pure water, you die.
Like, um, I think nine liters or something will kill a person.
So it's how much, it's just how much.
But then again, anything that you aren't filtering ahead, your body is the filter.
So if you don't filter out the chlorine and chlorine byproducts, which are
needed, you have to have that or you're gonna die from some bacteria, it's, or,
or amoeba, or protozoa, or some sort of cyst or parasite will kill you for sure.
Um, uh, at some point.
Um, especially with the water the way it is now, the, the, the, uh, originating
water, the way it is now before it is treated, that will, that will kill you.
But, um, I mean, in most sources, I, I shouldn't say that outright.
There are some sources that are actually very pure still.
But in most places right now, yeah.
And then, uh, anything that is then a byproduct after that, the chlorine
residual, the chlorine byproducts, all of that, those are not in high
doses enough to kill most people or hurt, even hurt most people.
But they do build up, they can build up over time.
And like I said, If, if you aren't filtering it, your body's the filter.
So it is good to get some carbon to get rid of that chlorine stuff.
So, so that is the answer is an activated chlorine?
Activated carbon to get rid of that stuff.
Yeah.
Or charcoal.
Sorry.
So I, I was reading your bio when it came over and it talks
about water and gender equality.
The untold story, how clean water transforms women's lives and why
it's one of the biggest human rights issues nobody talks about.
I need to know more about this because I've never heard of this.
Yeah.
Um, well, let me, let me put it to you this way.
In a country where, um, you don't have just water flowing through all
the pipes, uh, where're you, where are you getting the water from?
You're, you're going to a borehole if you're lucky enough to have one, like a
well, or you're getting it from puddles.
Um, and if you have no access to water, the only way you're getting
it is by walking for many, many, many miles to get the water.
Who is doing that?
Women and children, that's who's doing it.
And this is many, many, many, many locations where there are thousands
of people who are huddled together around an area that has, um, you
know, some access to water part of the year, and then another part of
the year there's no access to water.
And during that time, there's four to five hours per day that
all the women and children are just walking to get that water.
Which means those women cannot be educated, they cannot get a job, they have
to rely on a man, um, to support them.
And that man then has all the power.
So if they're lucky, they've got a good one.
And if they're not, they have to suffer whatever's happening.
So in those areas, the topic of equal rights cannot even begin.
You can't even start that topic.
You could not say, I want equal rights.
Because there's no, you have no leverage whatsoever.
You have no choice to just say, okay, I'm just gonna go get my
own, I'm gonna go do my own thing.
Uh, it's just not really possible.
So it is a huge gender equality issue.
And those companies like Ryan's Wells and, and other companies who are going
around drilling wells, um, and then they, they, uh, they either figure
out the water chemistry themselves or they contact a company like ours.
We've, we've helped with some of those projects, um, advising on them and,
uh, making sure the water that comes outta the ground, it's decent enough
that they're not gonna die from it.
And then suddenly the entire social structure of the
area changes, it's amazing.
Yeah, that's incredible.
Yeah, I, you know, a lot of people don't even think about that.
And we've heard about, you know, the African, and, you know,
these dry places being without.
But yet we overlook those problems in our world.
So how, how can we actually get these people to a better place in life?
Is it by drilling wells, or is it by moving them to a more arid place, or?
So yeah.
There's two, I mean, there's two basic solutions.
One is you get them a well if you drill deep enough, in most
places, you'll find water.
Not all places, but most places.
If you drill deep enough, you'll find water.
Um, so that is one option.
And then, uh, yeah, moving them is maybe an option.
I think if they could move, they would though.
So sometimes what is actually happening is that people are already moved and
the infrastructure in the place is not, um, worked on by the local government.
So even in those places, they are still having to travel for hours to get water.
And those places, what can actually help is access to testing.
As strange as this sounds.
If those places who actually have a governance take a test and
say, This is what we're drinking.
And they walk it to their municipal, not their municipality, they're not
gonna necessarily have one, but their government, their local representative,
and say, Look, this is our water.
These are way beyond the health level, this is what's causing our children to
die, this is what's causing us to have malnutrition, uh, stunted growth, to have,
um, developmental issues in our society.
It changes our entire lives and this is the proof.
That can actually help a little.
I mean, it depends on whether the government's gonna listen.
But it, it can actually help some.
So those two things, I would say access to testing and then the
ability to actually get wells drilled.
Which means you have to, you have to partner with a company that does that
as their, um, as their mission, like, like Ryans Wells, I mentioned before.
And there's some other companies as well that do that.
Yeah.
So I've, I've seen some companies out and they're doing testing with various
systems that pull water out of the air, and this seems like it's a possible way
of supplementing water supply, but I don't see that it would actually give
you enough water to live off of because we, we actually consume so much water.
Yeah, so you bring up a really good point.
Those are brand new.
Like I know they've been around for a long time, but the ones that can
actually work efficiently enough that it could make sense, those are new.
Um, to get those to work you'd have to, you know, currently to sustain one
person requires, um, a size that's about, I don't know, eight people in space.
So they take up the space of eight people, roughly, to sustain one person.
And I don't remember the exact power consumption, but you would
need solar, or solar plus wind to capture it in those areas.
So there's a lot of cost, but it is actually a reasonable possible
solution in the future for some people.
It is getting more efficient and it is getting a little bit more, the
cost of solar is getting better.
Uh, so yeah, I could see this actually being, in the not too
distant future, this being an, a third alternative for some of those areas.
Yeah, very interesting.
So you also talk about structured water and hydrogenated water,
what is this all about?
Well, I just bring that up because I know a lot of people like
to talk about that right now.
There's a lot of topics people, people like to, like to go on and
on about, about water and sometimes they're maybe not the most, um,
scientifically, like, proven things.
So structured water is this idea that water can, um, have a structure,
uh, meaning the, the bonds in it will, will, instead of being random,
settle into a structured state.
Um, there was a scientist in Japan who did a bunch of tests on mood energy
in relation to water and he, nobody's been able to replicate what he did.
But, uh, so who knows if it's true?
And I'm not here really to say that that is or isn't true
'cause it kind of doesn't matter.
Water is fluid, not to be obvious about it, but water is fluid.
Any structure you put in the water is gone nearly instantaneously.
Um, so if you have the, but the, the ironic and funny thing is, if you have
a way to keep water structured, it would actually be better for your body if it
was somehow able to enter your body and remain structured as it entered your body.
It would be, it would be.
It would be more efficient in the work it did, but, and so people take that and
they say, okay, I want structured water.
Water doesn't stay structured.
The closest thing we've been able to scientifically get to having
structured water, that stays structured, is eating fruit.
There is some structure to the water that's in fruit.
If you then eat it and you get some of that liquid in you, it actually remains
mildly structured inside you for a moment.
So that's, there's been some evidence of that.
But other than that, you can't, you can't have water, even the scientist here in,
uh, University of Washington who studied structured water the most of anyone
that I'm aware of, he said water doesn't retain its structure when you drink it.
So, uh, it's a little bit of ,uh, snake oil for some people selling that.
Uh, when, when you talk structured water, when it enters the body, are you talking
about the, uh, molecules separating and breaking down from hydrogen and oxygen?
It's not even just that.
Literally the, when I, when I'm talk, when people talk about structured water,
they're talking about the, um, magnetic, like the, uh, the layer that exists
between the surface and the water.
And that outside layer, where it's kind of against the surface, creates
this tension, which creates an actual shape when you're looking at the water.
Uh, it creates a shape to it versus it being random, um, being
floating around randomly, right?
So that's, that's what it really is talking about.
And it, it doesn't stay,
yeah, when I say it doesn't stay, it's kind of obvious if you think about it.
You shake up that glass, or you just tip it towards your mouth,
it's not gonna retain its structure.
So, um, and then hydrogenated water, if water was able to, uh, water
that does have extra hydrogen, yeah, there's some reality there for sure.
There's some health benefits to that.
It is not as, it is not as snake oil salesy as, um, structured water is,
there's some genuineness to that.
It's hard to get, it's really difficult.
So you, you're, you're not gonna buy a little bottle, water thing, like
this big, that says it hydrogenates water and then, and then have that be
as effective as the $8,000 counter machines that they're
selling that really do that.
So it's, uh, and then the other thing is, you gotta drink it within like an
hour or two of, uh, you know, creating your hydrogenated water as well.
So there's some truth to that.
But you can't, you can't like let it sit all day and expect it to
be the same, it's not going to be.
And then, um, they're currently, the technology's not really good
enough to be able to really do much.
I think they do a little bit, but really not do much with those personal bottles.
So, um, not, buying hydrogenated water at a store, you have to make it.
Uh, you can't, you can't just buy it and expect it to
actually still be hydrogenated.
It's not, that wouldn't be possible.
What about carbonated water?
I, I noticed there's a lot of this carbonated water coming onto the market.
I, I myself see that as a destructive thing.
What's your take on it?
Yeah.
Um, I'd like to know why you think it's destructive.
I don't, I don't think much about carbonated water other than it
being, uh, you know, it'll have an effect on your stomach size.
Um, uh, an actual effect on, on the literal size of your stomach, and
that can make you hungrier for sure.
Um, yeah.
So, but other than that, I, I don't have much of an opinion about it.
What, what do you think about it?
So, so this doesn't change or alter the pH balance of the water at all?
It will a little bit, yeah.
Um, so pH balance of water is of, of little actual, uh, if it's super acidic
or super alkaline, it can have an effect, like extreme levels somewhat.
But your body is more powerful as far as the pH goes, more
powerful than the water you drink.
You will be overcoming any pH issues from water.
So, um,
carbonated water as relates to pH, I,
gosh, I don't think that is actually a significant factor.
Um, yeah.
I mean, if you're adding carbonic acid, it's, it's weak, right?
But,
but carbon dioxide reacting into carbonic acid doesn't seem like it's actually going
to have that much of a significant effect.
So that, that will not attack your teeth at all and all of
that because of the pH then?
No.
I mean, minimally, if the pH is really getting that bad, then yeah.
If it becomes acidic, it will definitely do that.
But I don't think that it is going to create that level of an effect.
I mean, it's, it, yeah, I, we haven't seen that at least, so.
Yeah.
Uh, I've been curious about that for quite some time because I've, I've heard
so much about soda and pop, it's being carbonated is what rots your teeth.
So this is what you do is help, uh, uh, destroy the myths behind
these things, and that's why I thought I'd throw that in there.
Yeah, yeah.
I mean, it becomes mildly acidic.
But not like, not like lemon juice, you know, not like stomach acid.
So it's, it's like it becomes a little closer on the acidic scale,
just like drops a little bit.
But it's, it, if you were drinking it constantly, I could see it
having an effect on your teeth.
It, it's kind of back to the, it's a dosage thing.
Yeah.
You know, we, we could talk for hours about water, Cydian.
Is there anything that you need to get in that's very important
for people to understand?
The majority of our country is on, um, city water.
So if, uh, yeah, I'd like to talk about that for a moment.
Um, the Environmental Protection Agency actually is, you know, the one
who is gonna be setting the standard for health, for city water, right?
And they set two standards for drinking water.
I don't think that I'm just trying to bash the EPA, I'm not just bashing them.
They, they, without them, we'd have a lot more dead people, that's for sure.
But, um, but they, they, they, they set two standards for drinking water
because without it, there would be, um,
there would be no municipalities.
They, they have to set a health standard for water and then they have to set a
legal standard and they're not the same.
So the health standard is called the MCLG, which stands for
Maximum Contaminant Level Goal.
The, the legal standard is MCL, which is Maximum Contaminate Level.
The maximum contaminate level is the enforceable level.
So anytime you go to a lab and you, you take your water in and you say,
and you say to them, and this is where, this is where I want people
to understand this because they, they make this mistake at labs all the time.
The, the person brings them their water and they say, is my water healthy?
And they give them the test to sample and then, then the lab person comes
back and says, your water's healthy.
Everything's within the legal level.
But that's not the health level, the health level is a different standard.
So the person who's asking the question, yeah, the person who's asking
the question, is my water healthy?
They're thinking one thing when they say, is my water healthy?
But the lab is thinking another thing when they hear that.
Most people only think about the MCL, they only think about the
legal level 'cause they assume the legal level is the health level.
The legal level's not the health level.
It is, um, and I am paraphrasing what the EPA says right on their website,
it is the closest they can get to the health level considering cost and
other factors such as infrastructure.
So that means the municipalities are doing their very best to get stuff as
close to the health level as they can, but they can't get all the way there.
Arsenic, for example, the health level is zero.
The legal level is 0.01 parts per million, so that's not the same.
If you go and you, you're drinking like 0.005 arsenic, you're
halfway to the legal level from the health level, which is zero.
So there's a lot of arsenic in city water.
Tons of it.
Tons.
So what about all of the pharmaceuticals that people flush down their toilets?
Because most cities, they repurpose the water, don't they?
And refilter it and then reuse it.
So do those levels keep rising?
Yeah, so here's the trick.
Here's the tough thing about pharmaceuticals.
They do rise, but they also fluctuate.
So first of all, testing for pharmaceuticals is very difficult still.
You can do it, it's costly.
If you then get a positive result from a pharmaceutical in your water, you could
go back a month later and it's not there.
You could then find out there's no pharmaceuticals in your water one
month and the next month there is.
If you want to be safe from pharmaceuticals, you, that's one of
the rare situations where you just need to treat for pharmaceuticals so
that you are not, um, not drinking pharmaceuticals when they appear.
And, uh, yeah, yeah.
Luckily,
I'm
not gonna say this is like actually a catchall, but if you, if you wanna do
a catchall, you do a whole house system that is a high grade catalytic carbon.
And then you follow it up with an under counter reverse osmosis for drinking
water, you are pretty much guaranteed to catch just about everything.
Arsenic is a, maybe they could get through as well as, um, bromide,
but you could do a third little tiny filter for those and then you've kind
of got a catchall for everything.
Um, and that would probably cost most people around six
grand, something like that.
You know, between five and six thousand.
And, and that's for the whole system, the tank plus the under the counter system?
Yeah.
And, and the install cost for, for most, most install costs.
You could, if you're installing it yourself, you could probably
do it for close to $3000.
You could probably figure that out, right in that range.
So,
yeah.
I mean, it's, it's very within reach for many people to have
a kind of a catchall system.
It's not, still not my recommendation to do catchall systems, but, you
know, I would want to do testing.
And then if you then say, I also wanna make sure I'm doing
pharmaceuticals, we can adjust.
But, but yeah, if, if someone wanted to do that, then you're pretty close with, uh,
high grade catalytic carbon followed by an under counter reverse osmosis and then a
nano titanium oxide post-treatment filter.
All those together, that'll pretty much cover most everything.
Right on.
Cydian, it, it's wonderful talking to you about these things, but some
people may want help with this.
How can they get ahold of you and get more information?
Sure.
Um, yeah, our website is purewaternorthwest.com.
My name happens to be Cydian, which means I'm really easy to, I'm, I'm
really easy to find on the internet.
If my name was Jeff, it might be harder.
Um, so, but, uh, yeah, so that, that's how they, uh, I, if, if they're
short questions, I answer free, free advice for people all the time.
I actually, since I've started doing some of these podcasts, I've, I've had
people from like Tennessee call me and people from Florida call me and just
say, Hey, I've got a quick question.
I was like, who is this?
So.
Yeah, yeah.
If, if we can stay under two or three minutes though, I don't mind it.
And I can usually answer questions that are asked, so,
Alright.
Cydian, I wanna say thank you for joining here today and sharing your
knowledge and wisdom with us about water.
Alright.
Yeah, thanks for having me on.
I really appreciate it.
I used to drink the stories down,
everything they handed out.
Never asked a single question,
just believed without direction.
But something shifted in the light, started seeing clear and bright.
Crystal clear, truth flows through lies, no more myths, no compromise.
Cydian breaks the water code, science speaks where fear once flowed.
You're now informed.
You can feel it in the air, something honest, something fair.
Like a window opened wide, letting sunshine flood inside.
No more hiding what is real,
this is how liberation feels.
Crystal clear,
truth
flows through lies, no
more
myths, no compromise.
Cydian breaks the water code, science speaks where fear
once flowed.
You're
now informed.
We were thirsty for so long, drinking fear, it felt so wrong.
Now the truth tastes clean and true, pour a glass I'm sharing it with you.
Crystal clear, truth flows through lies, no more myths, no compromise.
Cydian breaks the water code, science speaks where fear once flowed.
You're now informed, pure knowledge for every home.
Pure knowledge for every home.